Industrial 8-inch Reverse Osmosis Membrane For RO Water Systems

Industrial 8-inch reverse osmosis membrane for RO water systems

I.Product Overview:

The Industrial 8-Inch Reverse Osmosis (RO) Membrane is a high-performance filtration element designed for large-scale water purification and desalination systems. Engineered for superior salt rejection, high water flux, and long-term durability, this membrane provides a reliable solution for producing high-purity water in industrial and municipal applications.

II.Key Features:

High Salt Rejection Efficiency:

Delivers up to 99.5% salt removal, effectively eliminating dissolved solids, heavy metals, and other impurities.

Large Water Output:

8-inch diameter design ensures high permeate flow rates, ideal for continuous operation in high-demand facilities.

Durable Construction:

Made with premium polyamide thin-film composite (TFC) material, offering excellent chemical resistance and long service life.

Energy-Efficient Performance:

Operates at lower pressure while maintaining high recovery rates, reducing energy and maintenance costs.

Easy Replacement and Compatibility:

Compatible with most standard 8-inch RO pressure vessels and system configurations.

III.Technical Specifications:

IV.Packaging&Shipping

FAQ

Q1: What type of RO membrane is available in your company?
A1: In general, We have Domestic RO membrane and Industrial RO membrane, For Domestic RO membrane, We have Municipal Tap water RO membrane, Rural Area Under Ground water RO membrane, High-flow Low pressure RO membrane, and Brackish water RO membrane.
For Industrial RO membrane, We have Low Pressure Energy saving RO membrane, BW Brackish water desalination RO membrane, FR Fouling Resistant RO membrane, as well as XLE Extreme Low Pressure RO membrane, and High Salinity Brackish Water Desalination RO membrane.

Q2: What is Salt Rejection Ratio?
A2: The Salt rejection describes the quality of salt removed from the Reverse Osmosis feed water stream as a percentage. It's one of the key element of the RO membrane quality, however, other essential elements such as RO membrane performance durability,stability, application scope in different region, and permeate flow output at the same pressure will all be the important factors to judge the quality of the membrane.

Q3: Is the Salt reaction of the RO membrane the higher the better?
A3: This will be depending on the feed water quality, if the feed water quality is good, even a 90% salt rejection membrane will be workable, if the feed water is with bad quality and with brackish water environment, a higher salt rejection above 95% is an ideal choice. For any membrane that meet the local drinking water standard will be a good membrane.

Q4: Is there are any other element we need to take into consideration when selection the RO membrane?
A4: Yes, the pretreatment filter cartridge and pretreatment system will affect the RO membrane performance as well, please select good quality filters and pretreatment system.

Q5: Why there are white foam-like water being in the treated water at the initial usage?
A5: To preserve the RO membrane for a long shelf-life, and prevent the membrane from being oxidized, a water soluble protection material is coated on the surface of the membrane, which will be rejected in both the rejected water and treated water, for initial use, both rejected water and treated water should be rejected and the the RO membrane should be thoroughly cleansed. The treated water at initial use shall not be injected to the water storage tank.

Q6: Why dry RO membrane has a salt rejection rising process from its initial usage?
A6: The performance of the RO membrane is strictly connected to the wetness of the membrane, when the membrane is wet, it will reach to ts maximum performance, dry membrane has a process to become wet from its initial usage. Make sure that the membrane should be rinsed after each usage.

Q7: Why Active carbon filter is requested for RO membrane?
A7: Chloride and chlorine content is harmful from the feed water, RO membrane is easily to be damaged as the surface of the RO membrane will be easily being oxidized.